Electric cars are often heavier than their fuel-powered counterparts, primarily due to the weight of their batteries.

The large lithium-ion batteries required to power electric vehicles (EVs) add significant mass, which can make them heavier than traditional internal combustion engine vehicles. For instance, while a compact fuel-powered car might weigh around 3,000 pounds, its electric equivalent could weigh 3,500 pounds or more.

We found a list of the heaviest EVs of 2024 from Kelley Blue Book, and we identified similarly sized gasoline-powered cars, along with their weights, to visually compare the weight differences between the two.

Electric Vehicle ModelLength (inches)Width (inches)Curb Weight (pounds)Similar Gas Vehicle ModelGas Vehicle Curb Weight (pounds)
GMC Hummer EV Pickup216.893.79,063GMC Sierra 15005,200
Rivian R1T217.181.87,148Ford F-1504,069
Rivian R1S200.881.86,986Chevrolet Tahoe5,400
Tesla Cybertruck223.7956,603Chevrolet Silverado 15004,200
Mercedes-Benz EQS 580 4Matic SUV201.884.96,228Mercedes-Benz GLS5,500
Ford E-Transit Van263.9110.46,169Ford Transit Van5,500
Ford F-150 Lightning232.796.06,015Ford F-1504,069
BMW i7 xDrive 60212.276.85,975BMW 7 Series4,500
Cadillac Lyriq AWD196.786.95,557Cadillac XT54,200

However, this additional weight doesn’t necessarily translate to a disadvantage. The heavy batteries in EVs are usually placed low in the vehicle, improving stability and handling. Additionally, electric cars benefit from instant torque, which can offset the impact of the extra weight, providing quick acceleration and a smooth driving experience.

BYD Yangwang Yisifang system

BYD Yangwang’s Yisifang system.
The center of gravity is at the bottom of the car.

Despite the weight difference, electric cars offer numerous benefits, such as reduced emissions and lower operating costs. As battery technology continues to advance, we can expect future electric vehicles to become lighter and even more efficient, further closing the gap with traditional fuel-powered cars.